1,729,882 research outputs found
Tavantzis, Stylianos
No full textStylianos Tavantzis - Associate Professor of Plant Pathology.https://digitalcommons.library.umaine.edu/univ_photos/3835/thumbnail.jp
Stylianos Alexiou, Γλωσσικά μελετήματα
No full textStylianos Alexiou, Γλωσσικά μελετήματα. In: Revue des études byzantines, tome 43, 1985. p. 311
Stylianos Alexiou, Γλωσσικά μελετήματα
No full textStylianos Alexiou, Γλωσσικά μελετήματα. In: Revue des études byzantines, tome 43, 1985. p. 311
Stylianos Pelekanides, Καλλιέργης, ὅλης Θετταλίας ἄριστος ζωγράφος
No full textWalter Christopher. Stylianos Pelekanides, Καλλιέργης, ὅλης Θετταλίας ἄριστος ζωγράφος. In: Revue des études byzantines, tome 33, 1975. pp. 333-334
P. Stylianos et K. P. Kyrrès, Ὁ ἅγιος Δημητριανὸς Κυθρέας
No full textP. Stylianos et K. P. Kyrrès, Ὁ ἅγιος Δημητριανὸς Κυθρέας. In: Revue des études byzantines, tome 32, 1974. p. 427
P. Stylianos et K. P. Kyrrès, Ὁ ἅγιος Δημητριανὸς Κυθρέας
No full textP. Stylianos et K. P. Kyrrès, Ὁ ἅγιος Δημητριανὸς Κυθρέας. In: Revue des études byzantines, tome 32, 1974. p. 427
Stylianos Alexiou, Βιτσέντσος Κορνάρος. Ἐρωτόκριτος. Κριτικὴ ἔκδοση, εἰσαγωγή, σημειώσεις, γλωσσάριο
No full textStylianos Alexiou, Βιτσέντσος Κορνάρος. Ἐρωτόκριτος. Κριτικὴ ἔκδοση, εἰσαγωγή, σημειώσεις, γλωσσάριο. In: Revue des études byzantines, tome 42, 1984. p. 351
Improving a tutor’s feedback assessment tool: transforming Open Mentor following two recent deployments
No full textEvidence shows the vital role that the quality of feedback plays on students' performance and on the overall increase of learning opportunities that good feedback creates for students. Based on this evidence, the Open University developed Open Mentor (OM), a system to support tutors enhance their feedback practice. Open Mentor Technology transfer (OMTetra), a JISC funded project, took OM and deployed it in two Higher Education institutions with the purpose of evaluating the process of transferability and continue the development of the tools available to tutors within the system. This paper describes the original OM and the enhancements identified after use and evaluations from tutors of the institutions involved
Numerical Modelling of Wind Borne Pollution Dispersion from Open Windrow Compost Sites
No full textOpen environmental flow is a multivariable, non-linear, unsteady flow system which presents a challenge to those who engage in understanding, monitoring and predicting it. This thesis sets the foundation for future work and suggests best practice techniques for the numerical simulation of such flow taking into account important phenomena and assumptions. These factors include boundary conditions, location and size of the control volume and level of resolution. The use of more comprehensive techniques such as Computational Fluid Dynamics proposed herein, compared to those currently employed by regulating agencies, may take into account local meteorology and topography in order to provide a more accurate estimation of pollutant dispersion by site specific investigation. Wind flow and effluent pollutant dispersion was examined for idealised flat and hilly terrains where topography was seen to largely influence wind flow phenomena and later pollution dispersion. These simulations assumed an incompressible, steady state air, flowing isothermally over vertical and horizontal line sources positioned near ground and upstream one or two sinusoidal axisymmetric hills in a single row. Results suggest that the wind speed increases on the upslopes of hills. Then the flow recirculates strongly on the downslope of a hill or the lee of any bluff body such as a house or trees. Furthermore, a case study has been carried out for two locations in the UK, employing techniques and conclusions from idealised simulations. A proposed compost site, located in South Yorkshire was examined, where the local topography is characterised by sloping terrain and large woods; such factors were seen to influence wind flow and dispersion of particles and concentration. Results from the compost site were compared to results from a contrasting flat-land green waste processing plant in West Midlands. All simulations assumed an incompressible, steady state wind over three presumed compost piles. For all cases studied herein, Lagrangian particle tracking was employed to show particle dispersion from the alleged compost piles and calculate average travel distances for trapped particles and entrapment probability. Particle tracking results show that particulate pollutants can get trapped at recirculation areas, in-between trees and village houses. Mass-less particles travel further before hitting an obstacle when released in low winds and their orbit is largely affected by topography when released from near ground sources. In addition, Species Transport was enabled to examine the effect of topographical and meteorological conditions to pollutant concentrations. Species transport results for the examined composting sites show an increased number of particles trapped in-between rows of compost piles and a decrease of emissions to near background values within 200m from the source. However, it was evident that flat land favours the spread of species which can reach nearby houses at larger percentages
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